Bending machine wc67k 400t 6000

Types of WC67K 400T 6000 Bending Machines

Shopping for a metal bending machine for sale requires deep knowledge of the types available and their specific applications. The primary types of the WC67K 400T 6000 bending machine are as follows:

• V-Press Brake: This bending machine forms metal into an angled V shape. The machine has a top moving punch and a fixed bottom die block. Operators insert the sheet metal into the die cavity. The punch then moves down and exerts pressure on the metal part to create the bend.
• W-Press Brake: The W-press brake operates similarly to the V-press brake. However, it has a modified stationary die that resembles the letter W. This metal bending machine forms metal into various angles and arcs.
• Roller Bending Machine: Roller bending machines use three cylindrical rollers to shape metal into arcs and circles. They come in symmetrical and asymmetrical configurations. The symmetrical roller bending machine is commonly used, and it has three horizontally positioned rollers. The asymmetrical roller bending machine has two stationary rollers and one movable roller.
• Folded Bending Machine: This machine uses a movable element to exert pressure on the sheet metal inside a V-shaped element. It works by pushing the metal into the gap created by the V element. The machine is lightweight and portable, making it ideal for doing light metal fabrication.
• Platen Bending Machine: Also called a hot plate press, the platen bending machine has two flat heating plates. The bottom plate remains stationary while the upper plate heats up and moves downward to bend and form different materials. This heating element is mostly used to mould plastic compounds reinforced with fibers.

Specifications and Maintenance

Specifications:

• Forces: The force of WC67K 400T bending machines is represented by the tonnage (T) of the machines. This refers to the maximum bending force generated by the machines when they operate. Higher tonnage means greater bending force, capable of handling thicker and larger workpieces.
• Bending lengths: The bending length refers to the maximum length of workpieces that the machines can bend. Common bending lengths include 2000mm, 2500mm, 3100mm, etc. Choose an appropriate bending length based on the length requirement of the workpiece.
• Bending thickness: The bending thickness is the maximum thickness of workpieces that the machines can bend. Bending machines are available in various models to adapt to workpieces of different thicknesses.
• Bending accuracy: Bending accuracy indicates the precision at which machines can bend workpieces. Some machines can achieve high-precision bending, ensuring that the bent workpieces correspond precisely to the design requirements.
• Operation methods: WC67K bending machines usually include manual, numerical control, automatic and other operation modes. Some machines need manual operation with levers and buttons, while others are equipped with numerical control systems for automated and precise numerical control operations.

Maintenance:

• Cleaning: Regularly clean the surfaces and working parts of the bending machines to remove dirt, dust, and residues, ensuring the machine's cleanliness and preventing contamination of workpieces.
• Lubrication: Lubricate the bending machine components, such as bearings and guide rails to ensure smooth operation and reduce friction, followed by a longer service life.
• Inspection and adjustment: Periodically inspect key parts of the bending machine, such as hydraulic system parts, electrical circuit connections, and bending precision, ensuring that each component is in good condition and properly adjusted.
• Pay attention to operating specifications: Operators need to follow the operating instructions of the bending machine, correctly grasp the operation methods and techniques, and avoid improper operation causes damage and excessive wear to the machine.
• Keep the environment clean and tidy: Maintain a clean and tidy environment for using the bending machines, keeping workspace free from debris and avoiding the risk of injury and damage to the machines.

Scenarios of bending machine WC67K 400T 6000

The bending machine plays a critical role in the manufacturing sector and industrial infrastructure. Industries such as construction, automotive, shipbuilding, and many others rely on the bending machine for the fabrication of different products.

Here are some common application scenarios of the bending machine for use:

• Fabrication of Metal Frames and Structures

  The bending machine is used to bend metal beams and frames for support. This includes the making of galvalume eaves and gutter supports, roof rafters, window frames, metal scaffolding, and brackets, to mention a few.

• Automotive Manufacturing

  The automotive industry employs different bending machines to manufacture various car parts. This includes body panels, frames, exhaust systems, and chassis components. Bending machines create complex shapes and features like flanges, notches, and curves in these parts for a functional and rigid structure.

• HVAC Ductwork

  An HVAC system maintains the temperature of a building by either heating or cooling it. Ductwork transports air from the central unit to different rooms. A bending machine is often used to create the ductwork for an efficient flow of conditioned air.

• Metal Furniture

  With several attachments and adjustments, a bending machine can be used to make distinctive metal furniture. Whether it's coffee tables, chevet tables, or kitchen stools, this machine can design with precision.

• Signage and Display Stands

  It creates an advertising sign and display stands with intricate designs. The bending machine makes it easy to form various angles, curves, and letters. It does this using the appropriate bending techniques and materials.

• Shipbuilding and Repair

  Marine industries also make use of the bending machine. It is an essential tool for building and repairing ships and marine vessels. With the bending machine, technicians are able to create hull sections, bulkheads, decks, and piping systems.

How to Choose a WC67K Bending Machine

The following factors should guide purchasers when choosing a WC67K heavy plate bending machine for their operation:

• Machinery Application

  Select the bending machine according to the area of use and materials. For instance, choosing a stainless steel bending machine is more suitable for working with stainless steel. Machinery with an adjustable roller gap is better for non-ferrous and elastic alloy materials.

• Bending Accuracy

  Select the machine's depending upon accuracy requirements. While some projects demand high-precision bending, others can be satisfied with lower precision. Choosing what is necessary will improve efficiency and reduce expenditure.

• Control System

  Select the machine's control system based on operator skill levels. Choose a simple interface or manual bending for a small team. On the other hand, go for advanced CNC machines that offer automation for large-scale operations.

• Machine Capacity

  Consider the capacity of the bending machine, including the force it can exert, the material thickness and width it can handle, and its overall dimensions and weight. Choose a machine with the right capacity to handle the materials used in the current project and its future ones.

• Tooling Options

  Consider the machine's tooling options. Go for machines that offer accessories such as changeable dies, clamping kits, and other customizable tools.

• Maintenance Support

  Purchasers should carefully assess the bending machine manufacturer's maintenance support and replacement parts' accessibility. Go for suppliers who provide ready replacement parts and comprehensive maintenance support to reduce interruption and downtime.

Q&A

Q: What are the controls on a bending machine?

A: Generally, a bending machine has a number of controls. It includes an operating pedal to facilitate bending in a quick and efficient manner, a digital display for precise angle and degree measurements as well as programming options to allow customization of bend angles, sequence, and timing.

Q: What is the difference between bending and folding?

A: While both processes involve reshaping materials, the metal bending machine exerts pressure to form the metal into an arch or curve without changing its thickness. On the other hand, the metal folding machine, such as a power drop folding machine, holds the metal along its edges and exerts pressure to bend it into a V shape, which is primarily used to create a flange or a lip on the edge of a piece of metal.

Q: What is the capacity of a bending machine?

A: The bending capacities of machines differ. For instance, the Wc67k 400t 6000 has a maximum capacity of 400 tons.